Copyright 2008 SPSS Inc - All Rights Reserved. SPSS specifically disclaims all warranties with respect to your use of this specification, expressed, implied, or otherwise, including without limitation, all warranties of merchantability and fitness for a particular purpose. SPSS shall not be liable for any special, incidental, or consequential damages, including without limitation lost revenues or lost profits resulting from the use of the information herein. The top level element contains commands. They are applied in order. The user-supplied description of this template. Shows the state of the template tree when the template was saved so that the Chart Editor can recreate the same state when applying the template. For documentation only. The version of the ViZML schema that created the chart (e.g. "2.2" for vizml-2.2.xsd). For documentation only. The date that this template was created. Adds a reference line to the chart. The label for the reference line. The name of the guide. The name is a human-readable string that may be used to name the guide in a legend or to be read by a screen reader. x position in data space. Ignored if numPoints is set. y position in data space. z position in data space. Ignored if numPoints is set. True if the X-position is a category id, false if it is a scale value. True if the Y-position is a category id, false if it is a scale value. True if the Z-position is a category id, false if it is a scale value. If set to true, the command will only apply the style to existing reference lines. If set to false, the reference line will be added to the chart. If set, a functionGuide will be added rather than a lineGuide. A functionGuide plots a line or surface in terms of an equation. A zero-based coordinate number. If unspecified or 0, it will apply to the first coordinate system. If set to 1, and the chart has two or more coordinates in it, it will apply to the second coordinate. Adds the specified annotation to the chart. The annotation text. The name of the guide. The name is a human-readable string that may be used to name the guide in a legend or to be read by a screen reader. x position in data space. y position in data space. z position in data space. True if the X-position is a category id, false if it is a scale value. True if the Y-position is a category id, false if it is a scale value. True if the Z-position is a category id, false if it is a scale value. If set to true, existing annotations will be styled, but no new annotations will be added. If true, and x, y, or z is specified, the style will only be applied to annotations with matching x, y, or z values. If set to false, the annotation will be added to the chart. Adds a fit line to the chart. Note that the proportion and kernal attributes apply only if type is loess A style with number="0" is the fitline style, while style with number="1" is the spike style (if present). When subgroup is specified, a separate fit line will be created for each subgroup in the target chart. If pair is specified, or this attribute is omitted, then a total fit line will be added. Alternative for Epanechnikov If true, in addition to adding the fitline, generate spikes to the fit line. If true, and spikes is true, the spike color will match the fitline color. If set to true, the command will only apply the style to existing fitlines. If set to false, the fitlines will be added to the chart. If true, an r-squared value will be added to the chart. If true, the fitline will reference the primary Y axis. If false, the fitline will reference the secondary Y axis, if present. The width used for kernel smooths. If specified, forces the fit to go through (0, intercept). Only valid for polynomial smooths. Adds a histogram normal line, or an other distribution curve to the histogram or other binned element. Indicates the uniform distribution. parameter is a, the minimum of the distribution. secondaryParameter is b, the maximum of the distribution. Both parameters may be left out, in which case they will be estimated from the data using method of moments. It is an error to specify only one of the parameters. Indicates the normal distribution. parameter is mu, the mean of the distribution. secondaryParameter is sigma, the standard deviation of the distribution. Either or both parameters may be left out, in which case they will be estimated from the data using maximum likelihood. Indicates tthe t distribution. parameter is df, the degrees of freedom of the distribution. secondaryParameter is unused. Indicates the f distribution. parameter and secondaryParameter are df1 and df2, the degrees of freedom of the distribution. Indicates the chi-square distribution. parameter is df, the degrees of freedom of the distribution. secondaryParameter is unused. Indicates the gamma distribution. parameter is df, the degrees of freedom of the distribution. secondaryParameter is unused. Indicates the beta distribution. parameter and secondaryParameter are df1 and df2, the degrees of freedom of the distribution. Indicates the exponential distribution. parameter is the rate, and secondaryParameter is unused. The rate parameter may be left out, in which case it will be estimated from the data using method of moments. Indicates the logistic distribution. parameter is the location of the distribution, and secondaryParameter is the spread of the distribution Indicates the Studentized range distribution. parameter and secondaryParameter are df1 and df2, the degrees of freedom of the distribution. Indicates the Weibull distribution. parameter and secondaryParameter are df1 and df2, the degrees of freedom of the distribution. Indicates the poisson distribution. parameter is lambda and secondaryParameter is unused. The lambda parameter may be left out, in which case it will be estimated from the data using method of moments. A parameter for a distribution. If a distribution parameter is used, it is documented with the specific type. A parameter for a distribution. If a distribution parameter is used, it is documented with the specific type. Adds a statistics summary frame the histogram. Adds an interpolation line to the chart. Add the frame if it does not exist. Set the frame's location and style. If label is specified, the label will be added to the frame also. o For type = visualization: o style with number="0" is the visualization style o style with number="1" is the container style (parent of all styles). o For type = graph: o style with number="0" is the graph style o style with number="1" is the cellStyle. o style with number="2" is the cellStyle for polar charts. o For type = legend: o style with number="0" is the legend style o style with number="1" is the tickTextStyle. o style with number="2" is the tickFrameStyle. A one-based index indicating which frame identified by the type attribute to apply this template to. For example, if there are two graph frames, set this to "1" to work with the first graph frame. If set to true, the command will only apply the style to existing frames and labels. Adds a derived axis to the graph. The newly added derived axis' style will be based on the original axis style. Use the style child to override these values. If a derived axis already exists, it will be replaced. If the transform element exists, a new derived axis will be added, and any existing derived axes will be replaced. If the transform element is not present, the remaining elements and attributes will only modify existing derived axes (no new derived axes will be added). The dimension to add the derived axis to. If there are multiple coordinates in the XML, this command will apply to every matching dimension. Adds an origin line (reference line) to the graph. Location of vertical line on x axis. Location of horizontal line on y axis. Location of line in z dimension. Adds/changes 3-D effects to a 2-D bar chart. Parameter elements ('foreshortening', 'xscale', 'theta', and 'distance') and the z element are obsolete. Use the attributes to set the explicit values. Styles for the backplanes. Style number="0" is the style for the frame guide Style number="1" is the style for the X normal plane. Style number="2" is the style for the Y normal plane. Style number="3" is the style for the Z normal plane. Size of the extruded shape for such shapes in 3D. How deep the projection extends. '1' is normal; '0' means no extension. Multiplier for distorting x dimension. Angle at which to project. Distance from the viewer. '1' is normal and values in the range 0.2 .. 3 are useful. Sets the z location to a value in [0,1] coordinates. Overrides position and statistic values. If true, the 3-D effects will also apply to point, line, area, and schema elements Adds/changes 3-D effects to a pie chart. Parameter elements ('phi', 'theta', and 'distance') and the z element are obsolete. Use the attributes to set the explicit values. Size of the extruded shape for such shapes in 3D. Angle to rotate around 'y' axis. Angle to rotate around 'x' axis. Distance from the viewer. '1' is normal and values in the range 0.2 .. 3 are useful. Sets the z location to a value in [0,1] coordinates. Overrides position and statistic values. Adds popups to a chart. Set to true if X-axis value should be included in popup. Set to true if T-axis value should be included in popup. Set to true if Z-axis value should be included in popup. Set to true if Legend value(s) should be included in popup. Adds a shadow to all elements Display a line from each data point to another location in the chart. These lines are called spikes and apply to simple and 3-D scatterplots. The style for this spike. Determines the location to which to link the x dimension. Determines the location to which to link the y dimension. Determines the location to which to link the z dimension. If set to true, the command will only apply the style to existing spikes. If set to false, the spikes will be added to the chart. If true, and spikes is true, the spike color will match the element color. Adds data value labels to all relevant elements in the chart. A style with number="0" (or no number) is the label (text) style, while a style with number="1" is the text frame style. Describes what variable to label with, and how to format that text of the label. If set to true, the command will only apply the style to existing data labels. If set to false, the data labels will be added to the chart. The label placement relative to the target in the 'horizontal' direction. Under coordinate transforms, this may not actually be the horizontal direction, but the 'transformed horizontal'. label is centered on the target. label is placed right of or below the target. label is placed left or above the target. The label placement relative to the target in the 'vertical' direction. Under coordinate transforms, this may not actually be the vertical direction, but the 'transformed vertical'. label is centered on the target. label is placed right of or below the target. label is placed left or above the target. Matches the color of the text with the color of the element being labeled. Adds the data labels normally, but set the visibility to false. User will have to show the data labels using the Chart Editor to see them. If no label collision handling is attempted, or if labels still collide afterwards, this parameter specifies whether a label will be drawn if it collides with a previously drawn label. If true, connecting lines are drawn to labels that are sufficiently far away from their targets. Causes the specified style to be added/modified. The type of element to apply this style to. The sub-type of element to apply this style to. Adds a style cycle to the chart. If the id is "styleCycleRepository", and the "elementNumber" attribute is not set, this styleCycle will be applied to all elements in the chart. The type of element to apply this styleCycle to. Wildcard indicates any element type, excluding labeling (area, edge, interval, line, path, point, polygon, schema). A one-based index which, if set, indicates which styleBy to apply this command to. If there are multiple styleBys in the graph, the first styleBy in the graph will get the styleCycle from styleByNumber="1", the second from styleByNumber="2", etc. If the id is "styleCycleRepository", the style children of cycles will be analyzed to determine which one bests matches the list below. When found, that cycle alone will be copied to the styeCycle used for the element. Patterns indicate line styles for line and path elements. Replaces the color aesthetic with an image aesthetic. The cycle that will be applied to categorical data. The image information will be extracted from the cycle and used for each distinct category in the data in order A one-based index which, if set, indicates which color aesthetic to apply this command to. If there are multiple color aesthetics on the element, the first color aesthetic on the element will get the aesthetic from aestheticNumber="1", the second from aestheticNumber="2", etc. If not set, or set to "0", all color aesthetics will get converted to images. The cycle that will be applied to categorical data. The colors will be extracted from the style cycle and used for each distinct category in the data in order A one-based index which, if set, indicates which color aesthetic to apply this command to. If there are multiple color aesthetics on the element, the first color aesthetic on the element will get the aesthetic from aestheticNumber="1", the second from aestheticNumber="2", etc. If not set, or set to "0", all color aesthetics will get this color. Type of color affected. Both the main color and the secondary color will be affected. The main color which is usually a fill color will be affected. The secondary color which is usually a draw color will be affected. The cycle that will be applied to categorical data. The patterns will be extracted from the style cycle and used for each distinct category in the data in order A one-based index which, if set, indicates which dash aesthetic to apply this command to. If there are multiple dash aesthetics on the element, the first dash aesthetic on the element will get the aesthetic from aestheticNumber="1", the second from aestheticNumber="2", etc. If not set, or set to "0", all dash aesthetics will get this dash pattern. The cycle that will be applied to categorical data. The shapes will be extracted from the style cycle and used for each distinct category in the data in order A one-based index which, if set, indicates which shape aesthetic to apply this command to. If there are multiple shape aesthetics on the element, the first shape aesthetic on the element will get the aesthetic from aestheticNumber="1", the second from aestheticNumber="2", etc. If not set, or set to "0", all shape aesthetics will get this shape. The cycle that will be applied to categorical data. The sizes will be extracted from the style cycle and used for each distinct category in the data in order If exists, the parameters will be used to map the name value to the value in a lenghtMapping, an dthe cycle elements will be ignored. A one-based index which, if set, indicates which size aesthetic to apply this command to. If there are multiple size aesthetics on the element, the first size aesthetic on the element will get the aesthetic from aestheticNumber="1", the second from aestheticNumber="2", etc. If not set, or set to "0", all size aesthetics will get this size. The type of element to apply this styleCycle to. Wildcard indicates any element type, excluding labeling (area, edge, interval, line, path, point, polygon, schema). The cycle that will be applied to categorical data. The patterns will be extracted from the style cycle and used for each distinct category in the data in order A one-based index which, if set, indicates which pattern aesthetic to apply this command to. If there are multiple pattern aesthetics on the element, the first pattern aesthetic on the element will get the aesthetic from aestheticNumber="1", the second from aestheticNumber="2", etc. If not set, or set to "0", all pattern aesthetics will get this pattern. Set the style for an axis, including the axis' label style Content of the axis title. The style for drawing the base line of the axis. The style for the text of the axis label. If this command should apply to categorical axes (true) or scalar axes (false). If not set, it will apply to both. If this command should apply to the derived axes (true) or not (false) Sets the major ticks attributes for an axis Sets the minor ticks attributes for an axis Causes the stacked bar chart to be scaled to 100%. Either transposes a chart, or untransposes the chart (if it is already transposed). If true, the first two dimensions are transposed. If false, transpose is removed from the first two dimensions. Sets the pie startAngle and rotation direction. Angle at which to start relative to the positive horizontal axis. How many cycles to wrap around. Defaults to 1. If true, direction is counterclockwise. Set the rotation and distance parameters for a 3d chart. A matrix transformation in 3D space. 3D data are transformed so that the user views them form a camera position. A transform which keeps front-facing items front-facing. Angle to rotate around 'x' axis. Angle to rotate around 'y' axis. Valid for method rectangular only. Angle to rotate around 'z' axis. Valid for method rectangular only. Distance from the viewer. '1' is normal and values in the range 0.2 .. 3 are useful. How deep the projection extends. '1' is normal; '0' means no extension. Valid for method oblique only. Distance to infinity (where all lines converge). Provides parallax effect if less than infinity. Valid for method rectangular only. Multiplier for distorting x dimension. Multiplier for distorting y dimension. Multiplier for distorting z dimension. Valid for method rectangular only. Offset the projection in the x dimension. Useful values are in the range 0 to 1. Offset the projection in the y dimension. Useful values are in the range 0 to 1. Sets the formats of the tick labels If this command should apply to categorical axes (true) or scalar axes (false) If this command should apply to the derived axes (true) or not (false) Sets the angle of the tick labels. If this command should apply to categorical axes (true) or scalar axes (false) If this command should apply to the derived axes (true) or not (false) Sets the frequency for which tick labels will appear. If this command should apply to categorical axes (true) or scalar axes (false) If this command should apply to the derived axes (true) or not (false) Causes the axis's opposite attribute to be set to true. This causes the axis to appear on the opposite side than it normally would (e.g. top side for x-axis, right side for y-axis). If this command should apply to categorical axes (true) or scalar axes (false). If not set, it will apply to both. If true, axes are moved to their opposite position. If false, axes are moved to their preferred position. Sets the axis upper and lower margins and mappings If this command should apply to categorical axes (true) or scalar axes (false) Sorts categories If not specified, defaults to simple sort, method="natural", descending="false" Valid roles are x, y, z, and legend. A role of legend means sort the stacking variable, or any grouping variable not associated with a particular dimension. Set to true if sorting should be done on the grouping variable (e.g. the stacking variable or the clustering variable) used in the specified role. Note, role is assumed to be "legend" if this attribute is set to true. Collapses categories Valid roles are x, z, and legend. The fraction (between 0 and 1) that will be used to determine if a category is to be aggregated. If a category has a summed value less than the given fraction of the overall sum, it will be aggregated unless it is the only such category (in which case there is nothing to aggregate it with!) Excludes the specified categories Valid roles are x, z, and legend. Sets the order that the categories appear. This is the order shown when doing a custom sort of the categories. A list of category values. This list should be the category names (the "to" part of the relabel), not the category values (e.g. "Custodial;Manager;Clerical", not "1;2;3"). Valid roles are x, y, z, and legend. A role of legend means sort the stacking variable, or any grouping variable not associated with a particular dimension. Explodes the specified pie slices. Adds a projection line to the graph. Bins the histogram. An array of counts for the number of bins, one for each dimension on which binning will occur. This may not be specified in conjunction with binWidth. An array of sizes (in data units) for bins, one for each dimension on which binning will occur. This may not be specified in conjunction with binCount (BinWidth will be ignored if both binWidth and binCount are specified). An array of start locations for the bins, one for each dimension on which binning will occur. Instead of displaying all data points individually, you can bin them. Binning involves grouping individual data points into one symbol that indicates the number of points in the bin. Use point binning when you have such a large number of individual points in the chart that you cannot distinguish them. The style of the legend frame. The style of the textbox around the legend swatch category names. The style used for the text in the legend swatch category names. The label for the legend. Bin by size (true) or color (false) An array of counts for the number of bins, one for each dimension on which binning will occur. This may not be specified in conjunction with binWidth. An array of sizes (in data units) for bins, one for each dimension on which binning will occur. This may not be specified in conjunction with binCount. An array of start locations for the bins, one for each dimension on which binning will occur. Represents when you bin data, where the resulting value is placed relative to the bin. Place the result at the grid center. Place the result at the centroid of the data that falls within that bin. Defines the shape of bins to use. Specifies that hexagonal grids should be used. Specifies that the dot algorithm be used to allocate bins. Specifies that rectangular grids should be used. Which dimensions to bin, an whether to aggregate. Similar to allDimensions, except that the data are aggregated so that a single item appears in each bin. All the dimensions are used for binning, but the data are not aggregated (thus you get several points all on top of each other). All the dimensions except the response dimension (usually 'Y') are used for binning, and the data are not aggregated. This attribute specifies the lowest value in the domain for the aesthetic variable will be mapped to this length. This attribute specifies the maximum value in an aesthetic variable's data will be mapped to this length. Sets the style of the wire frame If true, the part of the wire frame that is in front of the chart will be drawn (all 6 sides of the cube). If false only the three sides of the wire frame that border the backplanes will be drawn. Sets the style of the back planes If a graph contains only one element, and it is a line or path element, this command will cause markers to be added to the chart using the same data that caused the line to be drawn. Causes paneled charts to wrap If true, panels will wrap. If false, panels will not wrap. Adds a chart to the diagonals of a scatterplot matrix (SPLOM) chart. If method is "histogram", this element controls the binning of the histogram. If method is "histogram", this element causes a normal curve to be added to the histogram. If set to true, the command will only apply the style to existing diagonal charts. If set to false, the diagonal chart will be added to the splom. No charts on the diagonal. Adds a histogram. Adds a histogram and a normal curve. Not supported Not supported Not supported Not supported Sets the gaps between panels and allows mirroring of panels. The axis style. The axis label (text) style. The axis label's text frame style. The style of all panel tick marks. The style of all panel tick labels. Specifies the gap between panels. Indicates that the inner-most panel of the specified role should be mirrored. The role for which the mirroring applies. Can only have values of "x" or "y", or "both". Sets cluster width on a clustered chart Specifies the gap between facet categories on this dimension Which role to set the cluster gap on. Can only have values of "x", "y", or "z". Turns Error Bars on or off, and sets their style If true, error bars will be visible. If false, they will be hidden. Generic template that can handle custom commands. Will set any attribute on any element. The name of the element to perform this operation on. A one-based index indicating which element to perform this operation on. For example, if you set this to "2", and you set the elementName to "interval", the second interval element in the XML would receive this template. If set to 0 (or unset), it will apply to all matching elements. If specified, the specified styleName will receive the attributes in question. For example, if the elementName was "schema", and the styleName was "fenceStyle", the style referred to by the found schema element's fenceStyle attribute will receive the specified attributes. If specified, the command will only apply to elements that have a parent with a name of parentName. For example, if "elementName" was "axis", set "parentName" to be "dimension" so that this command only applies to axes children of dimension parents, as opposed to axis children of faceting parents. The attribute name to set, along with it's value. For example, use [labelCollisionHandling="extreme"] to set this attribute on the specified element. Hide the specified frame Any labelFrame that is not a title, subtitle, or footnote. This includes text frames, and R-Squared frames (for fitlines). Note, set "count" attribute to 0 (or leave it unset) to hide all such frames. A one-based index indicating which frame identified by the type attribute to apply this template to. For example, if there are two footnote frames, set this to "1" to work with the first footnote frame (footnote1). The text to use as a label. Note, there are some special strings that can be used: @@current_date@@ will be replaced with the current date, in YYYY/MM/DD format. @@current_time@@ will be replaced with the current time, in HH:MM:SS format. @@current_YYYY@@ will be replaced with the current year, in YYYY format. @@current_YY@@ will be replaced with the current year, in YY format. @@current_month@@ will be replaced with the current month (01-12). @@current_monthname@@ will be replaced with the current month name (January-December). @@current_weekday@@ will be replaced with the current weekday name (Sunday, Monday, etc.). @@current_day@@ will be replaced with the current day (01-31). @@current_hour@@ will be replaced with the current hour (12-11). @@current_hour24@@ will be replaced with the current hour (00-23). @@current_min@@ will be replaced with the current minute (00-59). @@current_sec@@ will be replaced with the current second (00-59). @@current_ampm@@ will be replaced with the a.m. or p.m. A style with number="0" (or no number) is the label (text) style, while a style with number="1" is the text frame style. Similar to vizml parameter The parameter name The parameter value Whether the value is from a categorical variable Similar to vizml style element Some elements have more than one style. This number identifies which style we are dealing with. Typically, the "style" attribute is "0", and the special style (like cellStyle) is "1". If there are multiple coordinates in the chart, this attribute allows you to specify which coordinate to apply the style to. If not specified, it will apply to the primary coordinate. Any ViZml3.0 style attributes will be saved here. A base element to define a generic style child. No glyph will be drawn at all. This is useful for using the label or labeling instead of the point. For 3d effects, similar to vizml guide. When getting the first style from a styleCycle, the first styles from each cycle are combined. The second style consists of the second style from the first cycle combined with the others and so on until that cycle is exhausted. Then the frist cycle resets to the first style and the second style from the second cycle is used. This means that, for example, a styleCycle with four cycles each containing three styles can generate 81 styles before wrapping This element can be used as a simple way to store additional information in the ChartXML without requiring an additional schema controls display of confidence intervals Similar to a vizml location Similar to a vizml interpolation Alternative for interpolate. If true, the interpolation will reference the primary Y axis. If false, the interpolation will reference the secondary Y axis, if present. Transforms the axis' scale to re-scale it using a specified method. Simple linear scale Log scale, ticks look like: 1, 10, 100, 1000, .... A numeric parameter "base" may be used to change the base from the default "10" A power scale. The exponent should be set in a parameter to a positive value. A transformation y = SIGN(x) LOG( 1 + ABS(x)) which is defined for all values of x, maps 0 to 0 and preserves the sign of the original data A transformation y = SIGN(x) POWER(ABS(x), EXPONENT) which is defined for all values of x, maps 0 to 0 and preserves the sign of the original data Whether to invert the scale so it runs, for example, right to left instead of left to right. The origin of a scale. This is particularly important to define for dates which do not have good default date origins The base for a log transform or the exponent for a power transform. Similar to vizml 'z' similar to vizml coordinate Adds an interval to the domain or to reduce the domain. Only applicable to scale axes. The minimum value for this interval. The maximum value for this interval. Identifies the axis to modify. Whether to modify the upper bound to a nice round number or leave it exactly as defined by the domain. Whether to modify the lower bound to a nice round number or leave it exactly as defined by the domain. Similar to vizml majorTicks For date scales, determines what the units for the delta are. Identifies the role of the axis to set the major ticks on. If this command should apply to categorical axes (true) or scalar axes (false) If this command should apply to the derived axes (true) or not (false). If the majorTicks element is a child of the addDerivedAxis element, this attribute is ignored (it is assumed to be true). If set to true, the command will only apply the styles to existing major ticks( including markStyles, tickLabel styles, etc). If set to false, a majorTick will be added to the chart. Similar to vizml minorTicks The tick mark length. The number of minor ticks per major tick division. If this command should apply to categorical axes (true) or scalar axes (false) If this command should apply to the derived axes (true) or not (false). If the minorTicks element is a child of the addDerivedAxis element, this attribute is ignored (it is assumed to be true). If set to true, the command will only apply the styles to existing minor ticks( including markStyles, gridline styles, etc). If set to false, a minorTick will be added to the chart. Similar to vizml gridLines Similar to vizml facetStyle Style to apply when the expression evaluates to true A boolean expression using facets that determines when the style is applied. Examples are "facet1 != facet2" or "facet1 == 2" markers tickLabels A style with number="0" (or no number) is the label (text) style, while a style with number="1" is the text frame style. Label style for the axis label A style with number="0" (or no number) is the label (text) style, while a style with number="1" is the text frame style. Similar to vizml numberFormat Whether to use scientific notation Choose based on the data Never use scientific notation Always use scientific notation minimum number of digits to display in the fractional part of a decimal or scientific representation maximum number of digits to display in the fractional part of a decimal or scientific representation minimum number of digits to display in the integer part of a decimal representation. maximum number of digits to display in the integer part of a decimal representation. If true, grouping characters will be inserted for large integer values, so that 1000000 would be shown as 1,000,000 If true, negative values are shown as their absolute value instead If true, negative sign or parentheses will be shown outside the prefix / suffix A number which will be divided into the data before formatting. A typical use would be to specify scalingFactor="1000000" and suffix="millions" or scalingFactor="0.001" and suffix="millis" If true, negative values will be indicated by parentheses rather than the negative sign Similar to vizml stringFormat Similar to vizml dataTimeFormat It is an error for the dateTimeFormat to be empty Similar to vizml dateFormat Monday, Tuesday, etc. If true, a longer format will be used. If false a shortened form of the name will be used The numeric day of the month If true, leading zeros will be added to pad the number The numeric day of the year If true, leading zeros will be added to pad the number The week number within the year If true, leading zeros will be added to pad the number The numeric month of the year If true, leading zeros will be added to pad the number January, February, etc. If true, a longer format will be used. If false a shortened form of the name will be used The quarter, represented as a number 1 through 4 and a suffix tag A string to be appended after the quarter designation to indicate that it is a quarter The year as a number If true, the century will be shown Show the era (BC / AD) Defines a format to represent the time portion of a date/time value The hour of the day If true, leading zeros will be added to pad the number show in twenty-four hour format show the AM / PM marker The minute of the hour If true, leading zeros will be added to pad the number The seconds of the minute, with optional milliseconds If true, leading zeros will be added to pad the number If true, millisecond information will be displayed Defines the output format of elapsed time. Maximum number of digits to display in the fractional part of a decimal or scientific representation. Sets the start time from which the elapsed time is calculated. This is only necessary for accurate computation of elapsed MONTHS and longer periods. Whether to pad the time components (hours, minutes, seconds) with zeros. Sets the pattern for formating the elapsed time. The supported tokens are yyyy for years, MM for months, dd for days, HH for hours, mm for minutes, and ss for seconds. The tokens must be specified exactly as shown. A format for text, numbers, or dates for this domain. When applying the scalingFactors in this sequence, the scaling factor that produces the smallest non-zero integer part is used. Specifies a rule to use for abbreviating a number. When such a rule is applied, it overrides the numberFormat's scaling factor and replaces its suffix and prefix if defined in the rule; otherwise, the suffix and prefix are left alone. The strictly positive value used to scale the number to be formatted. This rule may only be applied if the result has a non-zero integer part. When this rule is applied, this string replaces the numberFormat's prefix. When this rule is applied, this string replaces the numberFormat's suffix. This is a positional string. It must be 4 characters long. The first character is the decimal seperater, the second character is the group (thousands) seperater. The third position is the date seperater, and the fourth position is the time seperater. For example, if the format should be 1.000.000,25 as a number, and 04-05-07 12.00 as the date and time, then the string would be ",.-." remove separator characters from output string(if not, include separator) Prepend the value with this string. Append the value with this string. This defines the base format. A dateTime may be just a date, just a time, or may be both. Default values of all fields will be chosen based on the locale and on the value of this field. Format using just the date. Format using just the time. Format using both date and time. Format using elapsed time. Whether, and how, to use scientific notation. Always use scientific notation. Never use scientific notation. Only use scientific notation on values smaller than the small threshold. Only use scientific notation if there is not enough room to use decimal format. Values smaller (nearer zero) than this value will be shown in scientific notation when onlyForSmallValues is true. A character to use to replace digits when the number cannot be represented given the constraints of the format. Minimum number of digits to display in the fractional part of a decimal or scientific representation. Maximum number of digits to display in the fractional part of a decimal or scientific representation. Minimum number of digits to display in the integer part of a decimal representation. Maximum number of digits to display in the integer part of a decimal representation. If true, grouping characters will be inserted for large integer values, so that 1000000 would be shown as 1,000,000. If true, negative values are shown as their absolute values. If true, negative sign or parentheses will be shown outside the prefix/suffix. A number which will be divided into the data before formatting. A typical use would be to specify scalingFactor="1000000" and suffix="millions" or scalingFactor="0.001" and suffix="millis". If true, negative values will be indicated by parentheses rather than the negative sign. This defines the order of the date format, using days, months, and years. Format using the order of day, month, then year. Format using the order of day, year, then month. Format using the order of month, day then year. Format using the order of month, year, then day. Format using the order of year, day, then month. Format using the order of year, month, then day. If true, this field will be padded. If true, this field will be padded. If true, day field will be padded. If true, this field will be padded. If true, this field will be padded. If true, this field will be padded. Whether or not to show this time field. Whether or not to show this time field. Whether or not to show this time field. Whether or not to show this time field. Whether or not to show this time field. Whether or not to show this time field. Whether or not to show this time field. Whether or not to show this time field. Whether or not to show this time field. Whether or not to show this time field. Whether or not to abbreviate the day of the week. Whether or not to abbreviate the year (drop century or not). Add a prefix for the quarter (e.g., 'Q' to get Q1, Q2, Q3, Q4). Add a suffix for the quarter (e.g., 'q' to get 1q, 2q, 3q, 4q). Add a suffix for the week (e.g., 'WK' to get 1 WK, 2 WK, 3 WK,...). Whether to show the day as day within month or day within year. Show the day of month. February 1 = 1 Show the day of year. February 1 = 32 Choice of hour display method, in am/pm style (1pm), 24-hour style (13) or 12-hour style (1). Show the time of day in an AM/PM format. Midnight = 12:00am, Noon = 12:00pm Show the time of day in 24 hour format. Midnight = 24:00, Noon = 12:00 Show the time of day without indicating morning or afternoon. Midnight = 12:00, Noon = 12:00 Format for the month: short (Mar), long (March), number (3), or paddedNumber (03). Use the short form of the month. January = Jan. Use the long form of the month. January = January. Use the numeric form of the month. January = 1. Use the numeric form of the month, padded to be the same length. January = 01 Whether or not days of the week will be shown. Similar to vizml transform The derived axis will range from 0% to 100%. Note, the base-ratio, base-match, derived-ratio, and derived-match attributes are ignored for percent. The derived axis will be a linear transformation of the primary axis. The base ratio of the primary axis unit to derived axis unit. For example, assume that the primary axis shows the degrees in Celsius, and you want the derived axis to show the degrees in Fahrenheit. The formula for converting Celsius to Fahrenheit is F = (9/5)C + 32, so the base-ratio would be "1". Relate a specific position on the primary scale axis to a specific position on the derived axis. In other words, the derived axis is shifted in relation to the primary axis. For example, assume that the primary axis shows the degrees in Celsius, and you want the derived axis to show the degrees in Fahrenheit. The formula for converting Celsius to Fahrenheit is F = (9/5)C + 32, so the base-match would be "0". The base ratio of the primary axis unit to derived axis unit. For example, assume that the primary axis shows the degrees in Celsius, and you want the derived axis to show the degrees in Fahrenheit. The formula for converting Celsius to Fahrenheit is F = (9/5)C + 32, so the derived-ratio would be "1.8" (9/5). Relate a specific position on the primary scale axis to a specific position on the derived axis. In other words, the derived axis is shifted in relation to the primary axis. For example, assume that the primary axis shows the degrees in Celsius, and you want the derived axis to show the degrees in Fahrenheit. The formula for converting Celsius to Fahrenheit is F = (9/5)C + 32, so the base-match would be "32". A semi-colon separated list of values, expressed as a string Derived from the vizml sort. For a categorical variable, define an order on the categories in the domain Sorts categories according to a statistic calculated on a continuous variable for rows with each category Sorts data either by occurrence or alphanumerically The data are sorted based on their appearance in the source. First appearances are sorted first The natural sort order is a modified alphanumeric sort. All numbers are sorted as numbers and all non-numbers are sorted as alphabetic and then the two lists are combined. Thus "a,11,2,c,1" gets sorted as "1,2,11,a,c" This method is identical to the natural sort order, except it uses the display labels rather than the actual data values. Ties are resolved by comparing the data values Whether to reverse the usual sorting order Style of the legend frame The style for the text associated with the legend. Style of the legend A format for text, numbers, or dates for this label. If any format elements are present, this template will only format existing labels. It will not add new labels. Use the variable having a sourceName of $CASENUM. Use the variable having a sourceName of $COUNT. Use the variable that has a description of "labeling". Use the variable having a sourceName of $COUNT. If $PERCENT does not exist, but $COUNT does, use the $COUNT variable to calculate the percent. Use the X variable. Use the X variable (same as xortheta). Use the Y variable. Use the Z variable. Use the first legend variable. Use the second legend variable. Similar to vizml length Similar to vizml lengthPercentage Any number followed by the percentage sign Similar to vizml lengthAbsolute without any units defaults to pixels length in millimeters length in centimeters length in inches length in pixels length in points id of an element in the target document Similar to vizml dateOrNumber Similar to vizml date Similar to vizml role type The secondary Y axis, in a dual-Y axis chart Valid for use in categorical chart commands (e.g. setExclude, setOrder) position of tickmarks relative to the axis baseline Place ticks inside the axis. Place ticks outside the axis. Place ticks so they cross the axis. Defines the possible types of graph layouts. Specifies that a link terminates at the mean value of the group on which the statistic is calculated. Specifies that a link terminates at the "bottom" of the plot area. specifies that a link terminates at the origin of the charts coordinate space. Specifies that a link terminates at the middle of the range of values of the group on which the statistic is calculated. Similar to vizml formatWrappers This string will be added in front of the formatted text This string will be appended to the formatted text